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Installing Adb Helper Firefox Addon For Mac Os X

Adb fire free download - Open Fire, Mozilla Firefox, Pocket Tanks (Classic), and many more programs. Use this driver for FireWire webcams on Mac OS X. Free to try User rating. Firefox: ADB Helper is a program released by the software company Mozilla & Android Open Source Project. Frequently, computer users decide to remove it. Sometimes this is easier said than done because performing this by hand takes some experience regarding Windows program uninstallation. In response to this, the Agent Desktop Helper Application is enabled for Safari 10, 11, and 12 on Mac OS X 10.12 (Sierra) and higher through the use of an extension, which is packaged in the Agent Desktop Helper Application installer (bpclientmac.pkg). The installer will detect the OS X version your system is running on and will install the. This is the wright code for the '/ADB-Install-Mac.sh': #!/bin/bash # ADB Install.sh # # This script installs adb and fastboot into /usr/bin/ # This may be run from anywhere and is compatible with Linux # and Mac OS X. Hopefully a Windows batch file will be available # very soon. # # Created by kalaker on # Updated by kalaker on 05/30.

Since we implemented Add-ons Default to Compatible, most add-ons that were updated to work on Firefox 4 continue to work on the latest releases. The add-on compatibility problems we’ve had ever since have been minimal.

However, there are still a number of popular add-ons that weren’t updated for the switch to Firefox 4. People who still have these add-ons installed may be skipping Firefox updates because their add-ons are not compatible yet, and probably never will be. As we make a stronger push to move users away from old and potentially insecure Firefox versions, we need to make sure they don’t lose the add-ons they love.

Luckily, we have an amazing add-on developer community, where no abandoned add-on goes unforked. I spent a great deal of time looking for the most popular add-ons still in use on 3.6 and lower, as well as their best alternatives. Here they are.

Mr Tech Toolkit. I tried to get in touch with the developers to no avail. They have an updated version available on their site. I normally wouldn’t recommend non-AMO add-ons, but I reviewed the current file (toolkit.xpi, version 6.0.4.9000) and everything looks good, except for a few features that appear to be broken. If you use this add-on, I’d like to hear which of its features you use.

Snap Links. Compatible alternative: Snap Links Plus.

Gmail Notifier. Compatible alternatives: WebMail Notifier, GMail Checker.

RapidShare DownloadHelper. Compatible alternative: Rapidshare Helper. This add-on hasn’t received full approval, but it doesn’t appear to have any major problems.

Bahasa Indonesia (ID) Language Pack, Estonian Language Pack. You can download the latest Firefox already translated to this language (and many more!) from the International Versions page. Just install it over your current Firefox install and you won’t lose any bookmarks or data.

1-Click YouTube Video Download, YouTube Download, Flash Video Resources Downloader. We have many YouTube downloaders listed on AMO, and I specially recommend Video DownloadHelper.

MinimizeToTray Plus. Compatible alternative: MinimizeToTray Revived.

Update Notifier. Compatible alternative: Add-on Update Checker.

Full Fullscreen. Modern versions of Firefox already hide toolbars in a similar way. There are some kiosk applications listed on AMO, though we normally don’t allow them to get full review.

Noia 2.0 (eXtreme). Compatible alternative: Noia 4.

PDF Plugin for Firefox on Mac OS X. Compatible alternative: PDF Viewer, a.k.a pdf.js, created by Mozilla Labs and possibly coming soon as part of Firefox.

CacheViewer. Compatible alternative: CacheViewer Continued.

CustomizeGoogle. I couldn’t find an exact match, but you should try Google Minimalist and SearchTweaker. There are many more, of course.

Ad blocker. Compatible alternative: Updated Ad Blocker. And the always popular AdBlock Plus.

CuteMenus – Crystal SVG. Compatible alternative: Menu Icons Plus.

Mouse Gestures Redox. Compatible alternatives: All-in-One Gestures and FireGestures.

1-ClickWeather, Forecastbar Enhanced, WeatherBug. Compatible alternative: Forecastfox Weather.

Easy DragToGo. Compatible alternative: DragIt.

Organize Status Bar. Since the status bar was replaced with the Add-on Bar in recent versions or Firefox, you can reorganize all of your buttons and toolbars in one place. This extension isn’t necessary anymore.

Chromifox Basic. Compatible alternative: FXChrome.

Fox Splitter (formerly Split Browser). The add-on was forked by the developer into the new Fox Splitter. You should uninstall the old version and install this new one.

Splash. This add-on displays a splash window before Firefox loads. Understandably, there are no known alternatives. Why would you want to slow down Firefox load time for this? I’d love to know…

Smart Bookmarks Bar. Compatible alternatives: Roomy Bookmarks Toolbar and Smartest Bookmarks Bar.

SQLite Optimizer. This add-on is generally unnecessary. The largest local DB in your profile is usually the Places DB, and that one is vacuumed when necessary. Other add-ons that handle very active DBs should do the same.

Clipmarks. Compatible alternative: Evernote Web Clipper.

Auto Shutdown. Compatible alternative: Auto Shutdown NG.

AnyColor. The very new Colorlicious covers its most important features. We also recommend giving Background Themes (Personas) a try.

Print Preview. Compatible alternative: Print Preview (Update).

I’d like to thank the developers of FireDownload, IE Tab and The Browser Highlighter for upgrading their add-ons between the time this list was compiled and the publication of this blog post.

Are there any other add-ons holding you back on Firefox 3.6 or older? Do you have other recommendations for alternatives? Let me know in the comments!

< FirefoxOS

6Development Sprints

6.1Sprint A

6.2Sprint B

8Prepare To Flash

8.4Faster flashing

9Debugging

9.1Linux terminal set up

9.3Mac OS X terminal set-up

State of the project

READ FIRST

This project is officially on HOLD. It will be active again after transition branch is completely merged. If you want to know more details about this project and next steps, please check this blog post

About The Project

We are looking to demonstrate that Firefox OS can be a viable and valuable operating system for a range of development boards and hardware related to IoT

This page describes how to install Firefox OS in a Raspberry Pi B+ 2 running, without a Linux distribution installation previously. This is not Firefox OS running on top of Raspbian, this is a clean and full rom based on Android (as the ones running on phones).

WARNING: this guide is specific for the Raspberry PI B+ 2, older models have a different chipset and newest model have not been tested.

The initial goal is release a downloadable and flashable version of Firefox OS for Raspberry Pi B+ 2 board and a step by step guide to let everybody create their our roms using the B2G build system. The meta bug for this project is bug 1225139

Project Management Team

Name Role Email address Dietrich Ayala Project [email protected] Giovanny Gongora Porting [email protected]

What We'd Like To See Happen

Start the path of the new strategy Connected Devices with this port

Let the community be part of the success in this project.

Bring RPi users more options (operating systems) for their next project

Push the Web of things forward

Enable programmers (via DOM/CSS) to develop robotics and other IoT projects

Limitations

VC4 driver is still on development

Sometimes slow and buggy

Not all device capabilities are exposed through Web APIs

Small/integrated display not planned to support soon

Development Sprints

This is a 6 months project, starting November 2015 and finishing April 2016. The project is divided in two Sprints each one of 3 months.

Sprint A

In the first three months I will divide them in 3 phases. The main goal for this Q1 is have at the end a full build of Android Lollipop running in the Raspberry PI to continue with the port of Firefox OS components.

Phase 1

Prepare for Android Lollipop(DONE)

Identify the product name, code name, architecture, memory size, internal storage size, and platform architecture of the RPI 2. Collect any available existing source code to be used to make a build and add support for more hardware components.

Start AOSP tree for RPI 2(DONE)

Generate the folders for RPI 2 device configuration

Android devices files for RP2(DONE)

B2G build system uses AOSP that requires a repo with device configuration. Folder and files like AndroidBoard.mk, AndroidProducts.mk, BoardConfig.mk, device_rpi2.mk, recovery.fstab, and more will be created or adapted to RPI 2 architecture

Make RPI 2 kernel build from source(DONE)

Create a sync configuration for BoardConfig.mk file to build the kernel and any required kernel modules automatically.

Create manifest file for RPI 2(DONE)

Create the rpi2.xml in b2g-manifest with all the sources for the first build

Phase 2

Add libraries(DONE)

In the device specific files during compilation process there are necessary includes to specific libraries

Configure modules(DONE)

In the device specific files is necessary to add external modules/files to be compiled and binary generated

Kernel configuration for RPI 2(DONE)

Create a configuration specially for RPI 2 hardware components and ARM support

Phase 3

Generate working build(DONE)

Generate a first booting copy of Android Lollipop

Automated Android builds server(WORKING)

Jenkins or TaskCluster running to make automated builds of Android for the RPI 2.

Update documentation(DONE)

Update building steps and requirements with new ones for Raspberry PI 2

Sprint B

The next three months will divided in 4 phases. The main goal for Q2 is have a stable Firefox OS build with most of the hardware in the Raspberry supported (not fully support expected) and some tweaks for the UI to make it desktop friendly.

Phase 1

Gecko Port(DONE)

Having a basic Android base system the next priority is get Gecko working. This will help to identify easily more problems in the final ROM

Graphics support(DONE)

Use hardware default renderer.

In this project there is a challenge, and that’s the correct graphics support. RPI 2 has a VideoCore with a Broadcom BCM2739 that changed a lot in this latest version of the RPI 2. Will be necessary take a look of Broadcom reference guides

Update documentation(DONE)

Create page about Firefox OS architecture on the Raspberry PI 2

Phase 2

Input support(PARTIAL DONE)

Keyboard and mouse support is one of the P1 for Raspberry PI port. The basic support for Keyboard would be on early stages of Android building.

Mouse support: https://bugzilla.mozilla.org/show_bug.cgi?id=1082892

Storage support(DONE)

Add support to SD Card recognition and USB storage devices

Connection support(PARTIAL DONE)

Work on WiFi and Ethernet support and add listeners for every time you plug or unplug it to the board. Usually it recognizes Ethernet connection if is connected before booting.

ADB Push(DONE)

Enable support to push apps by ADB connection

Phase 3

Installing Adb Helper Firefox Addon For Mac Os X 10.7

Generate complete/stable/usable Firefox OS build(DONE)

After all the base system is working and running, I will create builds to distribute and publish them.

Flashing files(DONE)

The Raspberry PI could not be flashed correctly with common Fastboot method, is necessary to create a filesystem that will be copied to the SD card

Update documentation(DONE)

Update flashing guide with steps for Raspberry PI 2

Phase 4

Gaia Port(DONE)

The Gaia port will be ready only when the graphics support is done, added to this, maybe will be some display/resolution limitations if the graphic support is not fully implemented or there are missing parts.

Remove unnecessary apps

Apps like Radio, Dialer, Messages and others are not necessary due Raspberry PI 2 itself doesn’t have hardware components to be used with those apps.

NOOBS installer(DONE)

Add support to install B2G using NOOBs installer

Update documentation(WORKING)

Blog post on Hacks Blog

Build From Source

Install the b2g build prerequisites. For the time being, only linux is officially supported as a build environment; you can use OS X but you'll have to manually partition your RPi's SD card for the first flash. Note that Ubuntu 12.04 is the best-supported development OS. If you're not running Ubuntu 12.04 on your development machine, you can install it as virtual machine and build in there. A b2g build environment consumes a fair amount of disk space, between 15-20 GB. Please make sure you have enough free space on your development machine (or VM).

Be sure of have those libraries installed to avoid compiling problems. On Ubuntu would be:

Installing pip dependencies for LibMesa:

To build b2g for your Raspberry Pi B+ 2, first download the b2g helper scripts

Next configure b2g for your Raspberry Pi B+ 2

The config.sh step can take quite a while, because it downloads a large amount of data. Finally, build b2g

This step also takes some time, because it's building an entire operating system. When your build finishes, it's time to flash it onto an SD card for your RPi.

Prepare To Flash

WARNING: The process described here will erase all the data in your SD card. Be sure of not lose sensitive data inside the card.

You need a 4Gb SD card at least, if has more space better. Then create partitions and copy the files to let the Raspberry PI boot Firefox OS.

Configure UDEV rules for the SD card

By configuring udev rules for the specific SD card you are going to use for B2G, you will avoid the need to pass via root access (e.g., sudo dd) to be able to copy data. This also limits the risks of doing dd to the wrong device and mess with everything. This is documented for use with a sd card integrated reader, but this should be able to work elsewhere.

First, plug your sdcard and identify its serial:

So in this case, /dev/mmcblk0 has serial number 0xa0442a9f. You can now unplug the card for now.

The populate a file in /etc/udev/rules.d/, let be its name 52-mmcblk.rules. And put the following content:

Make sure you have ATTRS(serial)'0xa0442a9f'. Rule will match any mmcblk exposed device whose attribute serial is 0xa0442a9f. If it matches, then it will set permissions 0666 and group plugdev. Save this file, and issue a udev reload:

Now, if you replug the sdcard, it should be set with the proper permissions in /dev.

Partitions for the SD card

Create 4 partitions in next order and be careful with the sized of each one.

Installing on the SD card

For a first time installation, you will have to flash all partitions. Images have been produced in the out/target/product/rpi2b directory and you should flash:

boot.img to Partition 1

system.img to Partition 2

cache.img to Partition 3

userdata.img to Partition 4

Installing Adb Helper Firefox Addon For Mac Os X64

Please proceed with the dd command (and replace file with the proper file name):

Be sure of check that everything is copied successfully on the partition. For this port we create a userdebug build, so, everything is inside system image. Usually, X will be the name of your device and pY should be replaced by the partition number. For example, a SD card reader might expose this as: /dev/mmcblk0p1 for boot partition (Partition 1).

Remember to NOT flash cache and/or userdata images if you are just updating your system, except if you are sure or instructed to do so. Doing this will result in your data being erased.

Faster flashing

You can also make use of bmaptool to flash faster than with dd. bmaptool repo.

Produce bmap files

Once you have built the system, produce bmap files:

You can do this for each PARTITION that we have: boot, system, cache and userdata.

Flashing with bmaptool

Then flash using bmaptool (here only boot partition):

Using dd on the same partition reports a write speed of 5.0MiB/s.

Debugging

The Raspberry Pi serial port consists of two signals (a 'transmit' signal, TxD and a 'receive' signal RxD) made available on the GPIO header. To connect to another serial device, you connect the 'transmit' of one to the 'receive' of the other, and vice versa. You will also need to connect the Ground pins of the two devices together.

If you wish to connect your Pi to a PC with a USB port, the simplest option is to use a USB-to-serial cable which uses 3.3V logic levels (e.g. the Adafruit 954 cable, the FTDI TTL-232R-RPI cable, or the Debug Buddy ultimate serial port). These can be simply plugged in directly to the GPIO header (see illustration).

For using the Adafruit 954 cable on Windows, see Adafruit 954 USB serial cable.

Linux terminal set up

If your PC is running Linux, you will need to know the port name of its serial port:

Built-in (standard) Serial Port: the Linux standard is /dev/ttyS0, /dev/ttyS1, and so on

USB Serial Port Adapter: /dev/ttyUSB0, /dev/ttyUSB1, and so on.

Some types of USB serial adapter may appear as /dev/ttyACM0 ...

You will need to be a member of the dialout group to access this port (for later releases the required group is tty). You can check which is needed with:

and you will see something like 'crw-rw----T 1 root dialout ...', c means character device, and root can 'read,write' and the group dialout can 'read,write' to the port and everyone else cannot access it.

To find out if you, the current user, is in the group dialout, use the command:

If you do not see dialout listed, add yourself with the command

You then have a choice of terminal emulation programs:

Using GNU Screen

Enter the command below into a terminal window

To exit GNU screen, type Control-A k.

Using Minicom

Run minicom with the following parameters:

You can exit minicom with Control-A x

Windows terminal set-up

Users of Windows Vista or later will need to download a terminal program, for instance PuTTY, or TeraTerm. Users of XP and below can choose between using PuTTY and the built-in Hyperterminal.

PuTTY users simply need to choose 'serial', select the correct COM port and set the speed, as shown in the dialog below.

If you are unsure of the COM port, run (Device Manager) and look under 'Ports'. USB-attached serial adapters should have the name of the adapter shown (the Adafruit cable comes up as 'Prolific USB-to_Serial Comm Port'.

Mac OS X terminal set-up

OSX includes terminal emulation software that you can use from the command line, so we only need to install the USB drivers for the cable.

(Check out the most recent Mac Driver from prolific)

If using Lion or Mountain Lion or later OS X, try this driver here http://changux.co/osx-installer-to-pl2303-serial-usb-on-osx-lio

Both downloads are standard Mac installers. Accept all defaults when prompted.

Using Screen

Open a Terminal window and issue the command:

The device will have a slightly different name to mine. So, type the line above as far as 'cu.' then press the TAB key to auto-complete to whatever your device is called, before adding 115200 (which is the baud rate) to the end.

Connect All The Things

The Console lead has four female connections that can be plugged directly onto the GPIO header of the Raspberry Pi. The Adafruit USB console cable has 3.3V logic, so its safe to use with your Pi.

For this experiment, the serial lead is going to power the Raspberry Pi. So, DO NOT attach the Pi's USB power adapter. If you would rather power the Pi from your USB power adapter then leave the Red lead from the Serial lead un attached.

The important thing here is to only power it from one source, the USB power adaptor or the Console Lead BUT NOT BOTH.

Attach the leads as shown below:

The connections are to the outside pin connections of the GPIO header.

Installing Adb Helper Firefox Addon For Mac Os X 10.8

The red lead should be connected to 5V,

The black lead to GND,

The white lead to TXD.

The green lead to RXD.

Now plug in the USB lead and you will see the Pi's power LED should light.

Boot messages

If your connection is set up correctly, when the Pi is booted you should see many messages as the system comes up:

and so on. Eventually, you should see a login prompt:

You can then log in as you would with a keyboard and screen.

Keeping Log Copy

If you are debugging, maybe you will be interested on keep a copy of the logs. If you are using screen you can do it adding -L flag. For example:

Installing Adb Helper Firefox Addon For Mac Os X 10.10

Then you will have a file named screenlog.0 with a record of all the logs you got when you run screen command.

Need Help?

IRC channel #fxos (Ping Gioyik)

Fill a bug on bugzilla

Send an email to fxos mailing list

Retrieved from 'https://wiki.mozilla.org/index.php?title=FirefoxOS/RPiB2&oldid=1136769'

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